If you’re passionate about marine microbiology, climate science, and molecular biology, this program offers world-class research, field expeditions, and bioinformatics training at the highest level.

Why This PhD Matters

The IPCC highlights ocean deoxygenation as one of the top three threats to marine ecosystems—alongside ocean acidification and warming. This research aims to:

• Understand how climate change impacts microbial biodiversity.
• Study carbon sequestration and sulfur cycling in the oceans.
• Provide insights to mitigate the effects of global ocean change.

By joining this project, you will contribute to cutting-edge marine science with real-world environmental impact.

PhD Position Details

• Location: LMU Munich, Germany
• Start Date: November 1, 2025
• Type: PhD (Part-time, 65% employment)
• Duration: Up to 3 years (TV-L E13 scale)
• Application Deadline: August 31, 2025

You’ll work in state-of-the-art laboratories and participate in oceanographic research missions across Europe, combining fieldwork, molecular biology, and bioinformatics.

Key Responsibilities

• Perform DNA/RNA extractions, PCR, qPCR, sequencing, and functional gene analysis.
• Study microbial diversity and DOM processing in marine ecosystems.
• Conduct fieldwork aboard research vessels in European waters.
• Present findings at international conferences and publish in peer-reviewed journals.

Required Qualifications

• M.Sc. degree in one of the following:
  • Microbiology
  • Environmental Sciences
  • Microbial Oceanography
  • Or a related discipline
• Strong English communication skills (written & spoken).
• Interest in microbial ecology, molecular techniques, and climate science.
• Willingness to engage in extended marine fieldwork.
• Ability to work in a collaborative, multi-disciplinary European research network.

Preferred Skills

• Experience with DNA/RNA extraction, PCR, and qPCR.
• Familiarity with high-throughput sequencing (16S rRNA, metagenomics, metatranscriptomics).
• Knowledge of bioinformatics pipelines and software such as R, Python, or Matlab.

Benefits of Joining LMU Munich

• Work at one of Europe’s top-ranked research universities.
• Access to advanced marine science labs and field equipment.
• Guidance from Dr. Gonzalo V. Gomez-Saez and support from the German Research Foundation (DFG).
• Opportunities for international collaboration.
• Inclusive hiring policy with encouragement for applications from diverse backgrounds.

How to Apply

Send one PDF document containing the following to g.gomez@lmu.de:

1. Motivation letter (max. 2 pages)
2. Curriculum Vitae (CV)
3. Copies of B.Sc. and M.Sc. certificates
4. PDF copy of M.Sc. thesis
5. Contact details of two referees (name & email)

Application Deadline: August 31, 2025

Tip for Applicants: Highlight your molecular biology experience, marine research interest, and readiness for field expeditions to stand out in the selection process.

Job Overview

• Position: Research Associate – Peatland Vegetation Monitoring
• Institute: Thünen Institute for Climate Change and Agricultural Policy
• Location: Braunschweig, Germany
• Workload: 65% (approx. 25.35 hours/week)
• Contract Duration: 48 months (fixed-term)
• Application Deadline: August 11, 2025
• Reference Number: 2025-140-CLIMATE-RA

About the Project: Peatland Monitoring – Vegetation

This role is part of the “Peatland Monitoring – Vegetation” initiative funded by Germany’s Federal Ministry of Agriculture, Food, and Home Affairs (BMLEH). The focus is on assessing carbon emissions from organic soils like peatlands, which are both valuable carbon sinks and at risk due to drainage-based land use.

You will work alongside a multidisciplinary research team to monitor vegetation, land management practices, and hydrology to improve national greenhouse gas inventories and support Germany’s long-term climate mitigation goals.

Key Responsibilities

As a Research Associate, you will contribute to ecological data collection, fieldwork, and analysis that informs policy and climate strategies:

• Field Surveys: Identify and catalog plant species and habitat types in multiple monitoring sites.
• Observation Plot Management: Establish and maintain permanent research plots across Germany.
• Data Collection & Analysis:
  • Use software tools such as TurboVeg, R, and GIS to manage and analyze ecological data.
  • Integrate vegetation data with hydrological and soil parameters.
• Research Dissemination:
  • Co-author scientific papers
  • Present at national and international conferences
  • Support technical reporting to stakeholders and policymakers

Eligibility & Required Qualifications

To be considered for this position, applicants must meet the following criteria:

• Education: M.Sc. or equivalent in Biology, Vegetation Ecology, Landscape Ecology, or a related field
• Skills:
  • Strong plant species identification (especially grassland and moor species)
  • Experience with vegetation mapping tools (TurboVeg preferred)
  • Proficiency in data analytics using R, Python, or equivalent tools
  • Basic to advanced knowledge of Geoinformation Systems (GIS)
• Other Requirements:
  • Physically fit and able to work independently in field conditions
  • Excellent communication skills in both German and English (C1 level)
  • Valid Class B driving license
  • Willingness to travel extensively for multi-day field campaigns across Germany
  • Interest in pursuing a PhD in a related area (strongly encouraged)

Why Work at the Thünen Institute?

The Thünen Institute is a prestigious federal research organization committed to sustainability, equality, and innovation in rural, forestry, and fisheries research.

Benefits Include:

• Meaningful Research: Direct impact on national climate policy
• Work-Life Balance: Flexible hours, remote work options, and a family-friendly culture (certified by berufundfamilie)
• Career Development: Opportunities to publish, attend conferences, and collaborate across disciplines
• Competitive Salary: Based on TVöD E13 scale with social benefits, annual bonuses, and pension plans
• Mobility & Wellness: JobTicket, free parking, e-charging stations, and a health and fitness program

Diversity & Inclusion Commitment

The Thünen Institute values diversity and promotes an inclusive work environment. Women and underrepresented candidates are strongly encouraged to apply. Applicants with severe disabilities will receive preferential consideration if equally qualified.

How to Apply

Applications must be submitted online via the official Thünen careers portal. Deadline: August 11, 2025

Required Documents:

• CV (curriculum vitae)
• Cover letter
• Educational certificates and transcripts
• Proof of disability (if applicable)
• ZAB certificate evaluation for international degrees (or willingness to provide one)

For more info on the ZAB certificate: ZAB Evaluation Info

Contact for Questions

• Dr. Stefan Frank – stefan.frank@thuenen.de
• Bärbel Tiemeyer – baerbel.tiemeyer@thuenen.de

Be Part of Germany’s Green Future

Join a leading climate research team and help shape Germany’s sustainable land-use strategies—one peatland at a time. If you’re ready to advance your research career while making a real environmental impact, don’t miss this opportunity at the Thünen Institute.

Why Choose This PhD in Sustainable Agriculture and Forestry?

As the world faces growing threats to food security, ecosystem health, and climate stability, the demand for highly trained experts in sustainable agriculture and forestry is at an all-time high. This doctoral program equips researchers with advanced skills in agricultural innovation, environmental protection, and forest system resilience, preparing them for global careers in academia, policymaking, industry, and beyond.

Program Highlights: Multidisciplinary Research with Global Impact

The program focuses on the interaction between agricultural, forestry, environmental, and socio-economic systems. Students will develop tools to evaluate, innovate, and manage these systems within the framework of sustainability.

Core Research Areas:

• Sustainable Intensification: Boost productivity while preserving ecological balance and long-term resilience.
• Climate Change Adaptation: Develop adaptive strategies for agriculture and forestry in vulnerable and climate-impacted regions.
• Plant Breeding, Genetics & Genomics: Use cutting-edge biotechnological tools to improve crop and forest species’ performance.
• Environmental Protection: Promote conservation and sustainable land use to safeguard biodiversity and natural resources.
• Soil-Plant Interactions: Study soil chemistry, microbiology, and plant health to support ecosystem restoration and productivity.
• Non-Food and Industrial Crops (Including Ornamentals): Diversify farming outputs for economic sustainability and climate-smart agriculture.

Who Should Apply?

This PhD program is ideal for candidates who want to:

• Tackle real-world problems in climate change, sustainable land use, and global food systems
• Conduct high-impact research with international relevance
• Work in multidisciplinary teams with access to field stations, labs, and experimental farms

Eligibility Criteria:

• A Master’s degree or equivalent in agriculture, forestry, biology, environmental sciences, or related disciplines
• Strong academic background and research interests aligned with the program
• International degrees are welcome and will be evaluated for equivalency

Application Deadline: July 7, 2025 – 12:00 PM (Noon CET)

Apply early to secure your spot! All applicants should submit their documents through the official application portal.

Online Application Portal: https://pica.cineca.it/unina/dottorato41/
Contact Email: phdnafedericoii@unina.it
Official Call for Applications: University Website – PhD Admissions

Study in Italy: A Hub of Culture and Research Excellence

Located in the vibrant city of Naples, the University of Naples Federico II offers an intellectually stimulating and culturally rich environment. As one of Italy’s oldest and most renowned public universities, it boasts state-of-the-art laboratories, international collaborations, and access to diverse ecosystems for research.

Launch Your Global Research Career Today!

If you’re looking to advance your career in sustainable agriculture, forestry, or environmental sciences, this PhD program offers the perfect platform. With fully funded positions, access to international research networks, and a clear focus on real-world sustainability, your journey toward becoming a global research leader starts here.

About the Program

Hosted by the Department of Geography and Spatial Sciences, this PhD program is led by Dr. Kyle F. Davis of the Global Food Futures Lab. The focus is on exploring how climate-related shocks—like droughts, floods, and extreme heat—impact food systems, especially in the Global South.

Key Research Areas:

• Integration of climate, agriculture, and food system datasets
• Use of remote sensing tools such as Landsat, Sentinel, and PlanetScope
• Application of Google Earth Engine (GEE) and machine learning algorithms
• Comparative studies between Global North and South food systems
• Development of open-access tools and policy recommendations

This program emphasizes real-world impact and supports evidence-based policy and resilience-building strategies for climate-adaptive food systems.

Eligibility and Who Should Apply

Required Qualifications:

• A Master’s degree in geography, environmental science, agriculture, computer science, or related fields
• Strong coding skills in Python and R
• Experience with large datasets, spatial analysis, remote sensing, and regression modeling
• Interest in or experience working in the Global South

Preferred Skills:

• Background in food security, nutrition, or rural development
• Experience with climate data modeling and agriculture-climate interactions
• Understanding of supply chain resilience and development frameworks
• Commitment to applied research for global development and policy impact

Program Benefits

• Fully funded: tuition, stipend, and research support included
• Work with a world-class, interdisciplinary research team
• Access to advanced tools, datasets, and international research networks
• Opportunities to publish in top academic journals and attend global conferences
• Inclusive and collaborative research environment focused on sustainable solutions

How to Apply

To apply for this fully funded PhD opportunity, email the following materials to kfdavis@udel.edu with the subject line:
“Food Systems PhD Materials”

Required Documents:

• A 1-page cover letter describing your background, research interests, and career goals
• A CV (Curriculum Vitae)
• Contact information for 2–3 academic references
• (Optional) A portfolio including GitHub links, publications, code samples, or GIS maps

Application Timeline:

• Review begins: August 15, 2025
• Final Deadline: Applications will be accepted until positions are filled

Launch Your Career in Climate and Food Systems Research

This is more than a PhD—it’s a chance to drive real change in how the world responds to climate and food security challenges. Whether your interest lies in AI for agriculture, climate-resilient supply chains, or data for sustainable development, this program provides the skills, mentorship, and global platform you need to make an impact.

Learn more by contacting Dr. Kyle F. Davis at kfdavis@udel.edu

About the Opportunity: Research Climate Change in the Arctic Using Remote Sensing

As the Arctic undergoes rapid transformation due to climate change, this project offers a unique chance to study major environmental shifts such as permafrost thaw, snowpack loss, and ecosystem disruption. You’ll use advanced satellite imaging, machine learning, and land surface models to monitor and predict changes in these critical regions.

Key Research Areas

In this position, you’ll work at the intersection of:

• Satellite Remote Sensing
• Land Surface Modeling
• Climate Prediction & Environmental Monitoring

You will actively collaborate with scientists at NASA Goddard Space Flight Center, gaining exposure to cutting-edge Earth observation technologies.

Your Key Responsibilities:

• Analyze optical and microwave satellite data
• Apply radiative transfer models to interpret satellite signals
• Develop machine learning and deep learning algorithms for environmental forecasting
• Use advanced models to monitor freeze–thaw dynamics across Arctic and Boreal landscapes

Who Should Apply?

Ideal candidates should have a strong academic background in one or more of the following fields:

• Civil or Environmental Engineering
• Remote Sensing or Geospatial Science
• Earth, Atmospheric, or Climate Sciences

Required Skills:

• Programming in Python, MATLAB, or R
• Experience in hydrologic modeling, climate data analysis, or Earth system science
• Strong research aptitude, analytical thinking, and communication skills

What’s Included?

This is a fully funded position with:

• Competitive stipend
• Full tuition waiver (for Ph.D. students)
• Comprehensive health insurance
• Opportunities to present at top scientific conferences
• Access to cutting-edge tools and labs at Saint Anthony Falls Laboratory

Why Arctic Remote Sensing Matters

The Arctic is warming twice as fast as the global average. Monitoring freeze–thaw cycles through satellite remote sensing is essential for:

• Predicting climate change feedbacks
• Informing sustainable development policies
• Managing natural resources in cold regions of North America

By joining this research initiative, you contribute directly to climate resilience and scientific innovation.

How to Apply

Interested candidates should send an email to Dr. Ardeshir Ebtehaj at ebtehaj@umn.edu with the subject line:

“Research position for remote sensing of the Arctic landscape”

Email must include:

• Full Name
• Academic degrees, institutions, graduation years, and GPAs
• TOEFL and GRE scores (for Ph.D. applicants only)
• CV as an attachment

Rolling applications – early submissions are encouraged. Start date: Fall 2025

About the University of Minnesota’s Remote Sensing Lab

The Hydrologic Sciences & Remote Sensing Lab, based within the Department of Civil, Environmental, and Geo-Engineering, focuses on cutting-edge research in hydrology, climate modeling, and satellite technology to address some of the world’s most pressing environmental challenges.

Visit: www.hydsens.com to learn more.

Quick Summary

• Location: University of Minnesota, USA
• Start Date: Fall 2025
• Level: Ph.D. Student or Postdoctoral Scholar
• Field: Climate Change, Remote Sensing, Arctic Research
• Funding: Fully Funded (stipend + tuition + health insurance)
• Collaboration: NASA Goddard Space Flight Center

Don’t miss this chance to advance your research career and make an impact in climate science!

Each project is based in Hobart, Australia — a hub for ecological research and climate innovation.

1. PhD in Tree Physiology: Discovering the Character of Trees

This project investigates how iconic Tasmanian trees manage gas exchange and water use under a changing climate. You’ll utilize advanced sensor technologies to study species like the world’s tallest flowering plant and ancient conifers.

• Annual Stipend: AUD $33,511 + relocation support
• Location: Hobart, Australia
• Ideal Candidate: Background in plant hydraulics, water relations, and fieldwork experience
• Deadline to Apply: 1 October 2025

Apply now to explore the future of forest ecology.

2. Land Cover & Fire Regimes: Environmental Change Since Settlement

Explore how land use changes and fire patterns have reshaped Tasmania’s environment since British colonization. This project uses GIS, historical mapping, and fire modeling to assess bushfire risks and ecological transformations near Hobart.

• Scholarship: Up to AUD $39,225/year (base + top-up)
• Skills Required: GIS, ecology, data analysis, field surveys
• Supervision: Prof. David Bowman, ARC Laureate Fellow
• Deadline to Apply: 1 August 2025

Perfect for candidates interested in bushfire ecology and landscape analysis.

3. PhD in Plant Stress Adaptation: Coping with Climate Extremes

Delve into how native plants respond to heat and drought stress. This PhD project focuses on life history traits and experimental climate trials to understand resilience in both wild and crop species.

• Stipend: AUD $33,511 per year
• Research Focus: Plant physiology, drought/heat stress adaptation
• Location: On-campus in Hobart
• Deadline to Apply: 1 August 2025

Contribute to building climate-resilient ecosystems.

4. Modelling Wildlife-Plantation Interactions with AI

Support sustainable forestry by developing AI-driven models to predict the impact of native herbivores (like wallabies) on plantations. You’ll work with drones, camera traps, machine learning, GIS, and R/Python.

• Annual Funding: AUD $33,511
• Key Skills: Remote sensing, spatial ecology, AI tools
• Industry Link: Direct collaboration with forestry stakeholders
• Deadline to Apply: 1 August 2025

A great opportunity for tech-savvy ecologists and environmental data scientists.

5. Ecology of Freshwater Climate Refugia

Research alpine tarns and underground freshwater ecosystems, which act as climate refuges for endangered cold-water species. The project examines food webs, carbon cycles, and species’ climate resilience.

• Scholarship Amount: AUD $33,511 per year
• Essential Skills: Field research, ecological modeling, R or Python
• Supervisors: Dr. Jia-Huan Liew & A/Prof Leon Barmuta
• Deadline to Apply: 1 October 2025

Ideal for freshwater ecologists and biodiversity researchers.

Why Choose the University of Tasmania?

The University of Tasmania is internationally recognized for its climate science, biodiversity research, and commitment to sustainability. All projects are on-campus in Hobart, which offers access to pristine ecosystems and industry partners.

Each fully funded scholarship includes:

• A tax-free stipend of up to AUD $39,225/year
• 3.5 years of funding
• Full tuition fee waivers for international students
• Relocation allowance

How to Apply

• Contact the relevant supervisor listed for each project
• Prepare a signed supervisory support form, CV with referees, and a research proposal
• Check individual project deadlines:
  • 1 August 2025 for Projects 2, 3, and 4
  • 1 October 2025 for Projects 1 and 5

Apply early to secure your spot in one of Australia’s most impactful environmental PhD programs.

Start your fully funded PhD journey in Environmental Science at the University of Tasmania — where your research can make a real difference for the planet.

Are you passionate about remote sensing, climate science, and aquatic ecosystems? Eawag – the Swiss Federal Institute of Aquatic Science and Technology – invites applications for a Postdoctoral Position in Remote Sensing of Lake Tipping Points. Based in Switzerland and part of the prestigious ETH Domain, Eawag is internationally known for research, innovation, and sustainable water management.

About the Postdoc Research Project

This postdoctoral fellowship is part of an innovative research initiative focused on ecosystem tipping points in lakes using advanced Earth observation and remote sensing techniques. You will work with high-resolution climate datasets from the European Space Agency’s Climate Change Initiative (ESA CCI) to investigate:

• Environmental indicators in freshwater systems
• Catchment-level variables affecting water quality
• Time-series archives of Essential Climate Variables (ECVs)
• Regional lake case studies with a focus on long-term changes

The project is highly interdisciplinary, combining expertise in remote sensing, limnology, and environmental modeling to understand changes in aquatic ecosystems.

Key Responsibilities

As a postdoctoral researcher, your core tasks will include:

• Designing and refining remote sensing algorithms for aquatic applications
• Analyzing satellite-based ECV datasets and deriving insights
• Assessing and quantifying uncertainty in remote sensing outputs
• Leading research on two lake-region case studies
• Collaborating with experts across multiple scientific disciplines

Candidate Requirements

We’re looking for a driven and detail-oriented researcher with:

• A completed PhD in Remote Sensing, Environmental Science, or a closely related field
• Solid programming experience in Python, MATLAB, or similar languages
• Proficiency in data analysis, statistical modeling, and uncertainty quantification
• Excellent communication skills in English
• Strong organizational and independent research capabilities

Position Details

• Duration: 12 months (with potential for 12-month extension)
• Start Date: Flexible – as per mutual agreement
• Application Deadline: Open until filled (rolling reviews)
• Location: Eawag, Dübendorf, Switzerland

Application Requirements

To apply, submit the following documents via Eawag’s online application portal:

• A motivation letter
• Your updated CV
• Two reference letters

Only online applications will be accepted.

Why Work at Eawag?

At Eawag, you’ll be part of a forward-thinking, inclusive, and collaborative research environment that values:

• Interdisciplinary teamwork and open innovation
• Diversity, equity, and a healthy work-life balance
• Opportunities to contribute to sustainable water science with real-world impact

Contact for inquiries:
Dr. Daniel Odermatt – daniel.odermatt@eawag.ch

Apply Now via Eawag’s Online Portal – Applications are reviewed continuously, so apply early!